ABB ACS800-01-0003-3 + E200 + P901 Wall-Mountable Variable Frequency AC Drive

Description

The ABB ACS800-01-0003-3 + E200 + P901 is a wall-mountable variable frequency AC drive designed for controlling standard three-phase AC induction motors in industrial process applications. Operating on a 380–415 V 3-phase input, this compact drive delivers precise motor speed and torque regulation using Direct Torque Control (DTC) architecture.

This specific configuration includes two factory-installed option codes: +E200 for integrated EMC filtering compliant with EN61800-3 standards, and +P901 for coated printed circuit boards that protect internal electronics against environmental contaminants. Built in an R2 frame size with an IP21 enclosure rating, the drive provides a nominal output power of 1.5 kW (2 HP) with a light overload rating of 4.7 A and a heavy-duty rating of 3.4 A (1.1 kW).

The ABB ACS800-01-0003-3 + E200 + P901 features an alphanumeric operator keypad with a 4x20 character display that supports remote mounting for cabinet integration. It provides full control capabilities across a speed range of 0–300 Hz, supported by integrated dynamic braking capability for external braking resistors down to 44 ohms.

Features

• Direct Torque Control (DTC) core technology delivering dynamic motor speed and torque performance.
• Multilingual alphanumeric operator keypad with a 4x20 character display and remote mounting capability.
• Coated circuit boards (Option +P901) for enhanced resistance against environmental contamination.
• Integrated EMC filter (Option +E200) meeting EN61800-3 emissions compliance.
• Flexible control modes including Scalar, Sensorless Vector, Linear U/f, and Quadratic U/f sq.
• Integrated dynamic braking chopper supporting external resistors down to 44 ohms.
• Comprehensive onboard I/O featuring 3 analog inputs, 2 analog outputs, 7 digital inputs, and 3 digital relay outputs.
• Auxiliary power outputs providing +/-10V DC (10 mA) reference voltage and +24V DC (250 mA) supply.

Applications

• Centrifugal pumps, supply/exhaust fans, and industrial compressors requiring smooth speed control.
• Conveyor belts, material handling systems, and automated feed lines.
• Machinery automation systems requiring Direct Torque Control or sensorless vector modes.
• Standard three-phase AC motor control in clean industrial or cubicle-mounted environments.

Ordering Information

Technical Specifications

General & Performance

Electrical Ratings

Inputs, Outputs & Interfaces

Mechanical & Environmental

Installation Guidelines

1. Environmental Verification: Ensure the mounting location operates within an ambient temperature limit of 40 Celsius in a clean, non-condensing environment appropriate for an IP21 enclosure.
2. Mounting: Securely mount the R2 frame vertically onto a flat, non-combustible surface or inside an industrial enclosure, adhering to vertical clearance spacing for efficient heat dissipation.
3. Power & Grounding: Connect the 380–415 V 3-phase input supply and motor leads using properly sized cables. Ensure low-impedance protective earth grounding is maintained.
4. I/O & Control Wiring: Route analog and digital control cables separately from main power cables to prevent electrical noise interference.
5. Braking Resistor Connection: If dynamic braking is required, connect an external braking resistor with a resistance value of at least 44 ohms across the dedicated braking terminals.

Configuration & Commissioning

• Keypad Operation: Use the detachable 4x20 character alphanumeric keypad to navigate control menus, adjust motor parameters, and execute local start/stop or direction commands.
• Motor Parameter Setup: Enter the motor nameplate values (nominal voltage, current, frequency, speed, and power) prior to performing the initial motor identification run.
• Control Mode Selection: Select DTC or Sensorless Vector control for high dynamic performance, or Scalar U/f mode for multi-motor parallel operations.
• Parameter Backup: Always back up drive parameters to the detachable keypad prior to swapping hardware or conducting firmware changes during maintenance.